8. In the diagram below, V = 100 V; C = 12 uF; C-24 F s;...

  

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8. In the diagram below, V = 100 V; C = 12 uF; C-24 F s; R=102. Initially, Cl and C2 are uncharged, and all switches are open. a) First, switch Si is closed. Determine the charge on Ci when equilibrium is reached. b) Next S is opened and afterward S2 is closed. Determine the charge on Ci when equilibrium is again reached. c) For the equilibrium condition of part b., determine the voltage across C1. d) S2 remains closed, and now Si is also closed. How much additional charge flows from the battery? 8. In the diagram below, V = 100 V; C = 12 uF; C-24 F s; R=102. Initially, Cl and C2 are uncharged, and all switches are open. a) First, switch Si is closed. Determine the charge on Ci when equilibrium is reached. b) Next S is opened and afterward S2 is closed. Determine the charge on Ci when equilibrium is again reached. c) For the equilibrium condition of part b., determine the voltage across C1. d) S2 remains closed, and now Si is also closed. How much additional charge flows from the battery?

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Analyzing the Capacitor Circuit We can analyze the charge on capacitor C denoted as Q hereafter in d... View the full answer